Ace U models
Four new Basler Ace U models with the rolling shutter IMX183 CMOS sensor from the Sony Exmor R-series have now entered series production
Four new Basler Ace U models with the rolling shutter IMX183 CMOS sensor from the Sony Exmor R-series have now entered series production
Basler will present its new Embedded Vision Kits
Matthew Dale discovers embedded processing and new CMOS technology are bringing advances to medical and life science imaging
Basler has entered into a partnership with Congatec, a vendor of embedded computer boards and modules
A combination of vision, sensor and deep learning technologies are creating extraordinary developments in retail, writes Matthew Dale
Greg Blackman reports on the buzz surrounding embedded vision at the Vision Stuttgart trade fair, which took place from 6 to 8 November
Basler has released its Dart Bcon for MIPI development kit, a bundle that lets users evaluate the Basler Dart Bcon for MIPI camera modules and design them into an embedded vision application
The four new Ace U USB 3.0 models from camera manufacturer Basler feature resolutions of VGA and 1.6 megapixels and have now moved into series production
Arndt Bake, chief marketing officer of Basler, looks back at the history of machine vision to see what lessons can be applied to the emerging embedded vision market
Basler (1E42) will show technology that addresses the availability of new interfaces and new sensor generations while meeting the market demand for higher resolution and higher frame rates. There will be new models from the Ace camera series, including the model that was developed as a 1: 1 replacement for Sony's discontinued CCD sensor ICX618. Basler will also introduce four 20 megapixel Ace U models based on the Sony Pregius IMX183.
Deep learning has helped to make great strides in machine vision technology, but there are additional data-centric tools that can help new applications come to life. Find out more...
The different requirements of industrial and space imaging have led to distinct sensor development paths that diverge and intersect in interesting ways, as Benjamin Skuse finds out
Clever manipulation of light is allowing researchers to image deeper into tissue to ultimately further our understanding of the brain. Abigail Williams investigates
Automation, lighting regimes, and hyperspectral imaging are unlocking vertical farming’s full potential, finds Benjamin Skuse
There’s a renaissance underway in shortwave infrared imaging as thin-film photodetectors come online. Tim Hayes reports